11100000 01000000 ******** ******** 1110000* ******** ******** ******** 11100001 1******* ******** ******** 11100000 00****** ******** ******** Otherwise Interface 0 1 2 3 4 Using the forwarding table above, answer which interface should the following address be routed. 1. 11110000 10010001 01010001 01010001 2. 11100000 01000001 11000011 00111100

In computers, the decimal numbers (-90.+90) are represented using 8 bits as (1101 0000, 1001 0000) B (0101 1010, 1010 0110) (1010 0101, 0101 1010) (1010 0110, 0101 1010)

What is the most common kind of computer code used today? Could you please provide a concise explanation of each?

Bits & Decimals

The decimal equivalent of the binary number 00001011 is O 9 O 5 * O 11 0 7 Question 4

The value 9007199254740992 Byte is equal to: O a. 8 quadrillion Byte O b.1 sextillion Bytel c. 6 quntillion Byte O d. 5 septillion Byte

Computer Architecture: Sample Question Workout   Convert the following decimal numbers into normalized floating point binary numbers using a bias of 127.  -12.125 10  7.33 10

Please help provide answers for the following questions 2-26. The following bytes (shown in hex) represent a person’s name as it would be stored in a computer’s memory. Each byte is a padded ASCII code. Determine the name of each person. (a) 42 45 4E 20 53 4D 49 54 48 (b) Write the Phrase in ascii : I will score an A grade 2-30. Perform each of the following conversions. For some of them, you may want to try several methods to see which one works best for you. For example, a binary-to-decimal conversion may be done directly, or it may be done as a binary-to-hex conversion followed by a hex-to decimal conversion.= _2: binary _10: decimal _16: hexadecimal (a) 517_10 = _____ _2 (b) 255_10 = _____ _2 (c) 101010001_2 = _____ _10 (d) 1010101000100111_2 = _____ _10 (e) 2547_10 = _____ _16 (f) 567_10 = _____ (BCD) (g) 275_16 = _____ _10 (h) 53_10= _____ _16 (i) A79_16 = _____ _10 (j) 3ED5_16 = _____ _10 (k) 1760_10 = _____ _16 (l) 38,218_10 = ______ _16 (m)…

***Represent the decimal number -6 in binary using 4-bits:   3a) signed magnitude ____________________________   3b) 1’s complement  _____________________________   3c) 2’s complement _____________________________

Match the variable declarations on left to the correct code comment regarding the initialized value on right: int an_int = 15; int an int(13); int an_int{20}; int value; int an_int= (int) 38.99 ✓ [Choose ] // initial value: 15 // initial value: 39 // initial value: 38 // initial value: 201 // initial value: 13 // initial value: 20 // initial value is undetermined